SUSHMITA

KUSHARY

OIL & GAS AND CHEMICAL

ENGINEER

229A, Elizabeth Avenue,

St.John’s, Newfoundland,

Canada – A1B1T6

+1-709-***-****

ac4gpd@r.postjobfree.com

ac4gpd@r.postjobfree.com

linkedin.com/in/sushmita-

kushary-a8848595

ABOUT ME

I am a results-driven, highly motivated Chemical

Engineering Graduate, who has a proven track of

academic achievement which includes completing my

Bachelor of Engineering in chemical engineering

with third rank in the university. With a desire to learn more, I am currently pursuing Masters in Oil

& Gas Engineering. I would like to apply the

theoretical knowledge and problem-solving skills, I gained throughout the course of my study in the field where I can utilize and expand my skills and

experience.

EDUCATION

Memorial University of Newfoundland, Canada

(2017-Present)

Masters of Applied Science in Oil & Gas Engineering SCORE: 3.75 (GPA)/83.3%

Degree has focused on the study of advance reservoir engineering, advanced petroleum production engineering, advanced safety, risk and reliability modeling, well testing, advance phase behavior of petroleum reservoir fluid, advance drilling engineering

This course has enabled me to:

• Gained introductory training on software such as: Petrel; CMG; Prosper; Kappa; MATLAB, Monte Carlo,

PVTsim.

• Obtain knowledge and understanding of principles that emphasizes on engineering science, mathematics and applied sciences essential for an oil & gas engineer.

• Develop analytical skills that enhance the capability to apply engineering principles to a wide range of

applications.

• Studied and understand the economic, social and

environmental context in which oil & gas engineers work.

• Expand the ability to think critically and examine information that is suitable in order to shape valuable judgments.

• Evaluate various data to review, improve or promote sustainable development and use originality to establish innovative solutions.

• Augment the ability to work independently or in groups to manage projects and meet deadlines.

Visvesvaraya Technological University, India

(Dayananda Sagar College of Engineering, India)

(2012-2016)

Bachelor of Engineering in Chemical Engineering

SCORE: 85.35%

South Point School, Guwahati, Assam, India

(2007-2012)

All India Senior School Certificate Examination

(AISSCE)

SCORE: 81%

All India Secondary School Examination(AISSE)

SCORE: 83.5%

WORK EXPERIENCE

Downstream Process Intern

July 2015 – July 2015

Indian Oil Corporation Ltd., Guwahati, Assam, India

• Gained a detailed knowledge of each and every unit of the working plant practically as well as theoretically with the help of flow charts.

• Learnt about the safety measures used inside the plant.

• Studied the various processes used for product recovery and treatment. Process Control Intern

January 2015 - January 2015

Nuclear Power Corporation of India Ltd., Rawatbhata, Rajasthan, India

• Studied about the experiments that will provide information about acceptable methods of nuclear material usage, nuclear fuel reclamation and waste disposal.

• Learnt about the design of the nuclear equipment such as reactor cores, radiation shielding and associated instrumentation and control mechanisms.

• Monitored nuclear facility operations to identify any design, construction and operation practices that violate safety regulations and laws. Process Engineering Intern

July 2014 - July 2014

Mahabali Cements Ltd., Madortoli, Nagaon, Assam, India

• Observed the working of a cement plant.

• Studied about the various chemical and mechanical operations used in the plant for production of cement, which helped in relating the theoretical knowledge for practical use. PROJECT COURSE – Masters in Applied Science

Jan 2017 – Aug 2017

Project: Application of CO2 injection in carbonate reservoirs Achieved: 4 (GPA) Project Objectives:

• Studied the CO2 injection simulation process

• Performed simulations using CMG (GEM module) by varying injection well placement scenarios as well as carried out parametric sensitivity analysis to ascertain the impact on recovery and production rates.

• To build the fluid model PVTsim and CMG were used.

• Economic analysis in terms of costs and expenditures to appraise the economic viability of the process was carried out.

• Financial risk for the project feasibility by performing NPV modeling using Monte Carlo simulation was performed.

Software Used:

CMG (GEM module), PVTsim, Monte Carlo

TECHNICAL KNOWLEDGE

• C language

• SOLID EDGE 2D

• SOLID EDGE 3D

• ASPEN

• PROSIM

• CMG

• MATLAB

• Kappa

• Prosper

• PVTsim

• Monte Carlo

• Petrel

CERTIFICATIONS & PUBLICATIONS

• Published a paper on “Evaluation of Effectiveness of Eco-friendly Bio-pesticide Extracted from Custard Apple Seeds on White Mealy Bugs” in the International Journal of Technical Research and Applications (IJTRA).

• Received best project award for B.E. project titled “Production of Bio-Hydrogen using organic waste by fermentation” awarded by Dayananda Sagar College of Engineering, Bangalore, India

• Received second best project award for B.E. project titled “Production of Bio-Hydrogen using organic waste by fermentation” awarded by Indian Institute of Chemical Engineers

(IICHE-BRC).

• University Rank holder awarded by Visvesvaraya Technological University, India MEMBERSHIPS & ASSOCIATIONS

• Society of Petroleum Engineers (SPE).

• European Association of Geoscientists and Engineers (EAGE)

• Indian Institute of Chemical Engineers (IICHE)

SKILLS

• Team player

• Quality control and analysis

• Research abilities

• Ability to travel

• Adaptable learner

• Planning/coordinating

• Honest employee

• Creative problem solving

LANGUAGES

• English

• French

• Bengali

• Hindi

References available on request

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